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작성자: 오하나 (Analyst, hanaoh@ubiresearch.com)
The display industry has been in a state of confusion by the recent leaking of OLED display panel production technology into China.

As of 2018, five companies (BOE, Everdisplay, Tianma, Truly, and Visionox) have OLED production lines in China, among which only BOE has a line that can produce OLED displays (“Plastic OLED”) using plastic substrates, applied to the premium smart phones such as Samsung Galaxy and Apple’s iPhone. Other panel makers are building lines to produce plastic OLED displays targeting mass production this year and next year.

Monthly production capacity planned by Chinese panel makers by the end of 2020 is about 250K, which is more than the monthly production capacity of Samsung Display (about 180K). If China produces a similar level of panels through mass production, it is clear that Korea cannot defeat China in terms of production costs. The main application of the 6G plastic OLED display is a smart phone; however, the global Smartphone market has slowed down since 2015, especially in the premium Smartphone market, there seem no new markets. If mass applications such as smartphones are not developed, panel makers that do not have cost competitiveness will be hard to survive due to a large oversupply in the near-term and falling panel prices.

Korea is evaluated to have a considerable technical advantage since the production of plastic OLED displays requires a high level of technology and process know-how for the time. However, the industry expects that Chinese government’s support for the panel makers with the background of capital as part of the “China Manufacturing 2025” strategy, will shorten the technology gap quickly.

Chinese panel makers ahead of their mass production by 2019 are also reported to be more aggressively scouting Korea’s major OLED engineers. There are about 100 Korean OLED engineers in Chengdu (B7) plant that produces plastic OLED display of BOE. GVO is also known to have recently hired some important OLED engineers with high salaries. CSOT, which has been known to suffer difficulties from the initial research stage, seems to be expediting the construction of mobile OLED production line, employing Korean OLED engineers at major processes from last year. In addition, HKC, which is not a panel maker, is reported to have hired OLED engineers. This is interpreted as a work for investing in the OLED production line of HKC which has only LCD line, and HKC has recently been named as the merger of TIANMA OLED division.
As of 2018, there are no panel makers in China that can produce OLED display panels at the level produced by Korean panel makers. Although the production capacity and sales structure of Chinese panel makers are different from those of Korea, it is difficult to define yields on the same basis. However, the yield of BOE’s Chengdu (B7) plant, known as the mass production line, is still investigated as a single digit. Other panel makers also expect the product quality and yield problems to be difficult to be resolved by the first half of 2019 even if the mass production lines are launched within the year.

In order for the display industry, which contributes significantly to the Korean economy, to maintain its dominant position in the global display industry, it must maintain its competitiveness through various product development, production and sales strategies. Meanwhile, the size of the display industry needs to grow for the growth of the worldwide OLED industry. In order for Chinese panel makers to supply OLED panels with diverse applications, securing the yield might be the key.

http://olednet.com/wp-content/uploads/2018/07/OLEDNET-1.jpg375709OLEDNET/wp-content/uploads/2015/09/logo_oled.pngOLEDNET2018-07-10 09:13:372018-07-31 17:17:01The second half of 2018 just started, Chinese OLED panel makers are chasing Korea. Where are they?

Samsung Electronics reported sales of KRW 62.05 trillion and operating profit of KRW 14.53 trillion through the conference call of the third quarter in 2017, and the display business recorded sales of KRW 8.28 trillion and operating profit of KRW 0.97 trillion. Display business sales increased 7.4% compared to the previous quarter and 17.3% compared to the previous year, but operating profit of 1 trillion fell with a decrease of 43.3% of the previous quarter and 4.9% the previous year. OLED sales are shown to occupy 60% of the display industry.

According to Samsung Electronics, in the 3rd quarter of 2017, main customers of OLED have increased through the launch of new flagship products focused on flexible products. However, its performance has decreased than the previous quarter due to factors such as increased costs of new OLED lines initial ramp-ups, and intensified price competition between rigid OLEDs and LCD panels.

Samsung Electronics plans to increase supply of flexible products in OLED in the 4th quarter, and expand sales of rigid OLED products to secure profitability. In the LCD industry, there are off-seasons and excess supplies resulting to supply and demand imbalance, but profitability is to be secured by strengthening yield and cost activities and expanding sales portion of high value-added products such as UHD, large-format, and QD.

In 2018, OLEDs are expected to become the mainstream in the mobile display market, with expectations that flexible panel dominance will be particularly strong in the high-end product line. Samsung Electronics said it plans to develop a system to meet the flexible demand of major smartphone manufacturers and improve earnings by securing differentiated technologies.

In 2018, the LCD market may continue to expand in China and intensify competition among companies, but trend of large-sized and high-resolution TVs are expected to continue. Samsung Electronics states it will strengthen its strategic partnership with its customers and concentrate on improving profitability by promoting sales of high value-added products such as UHD, large format, QD, and frameless products.

Samsung Electronics sold 97 million mobile phones and 6 million tablets in the 3rd quarter of 2017. Mobile phone sales in the 4th quarter are expected to decline Quarter on Quarter, but tablet sales are expected to increase QoQ. TV sales reached a record around 10 million units, and sales in the 4th quarter were expected to rise to mid-30%.

10.4 trillion was invested in facility during the 3rd quarter of Samsung Electronics, of which 2.7 trillion was invested in display. Displays are reported to have additional production lines to meet customer demands for flexible OLED panel.

CEO Chang-Hoon Lee of Samsung Display said, “In the case of small and medium-sized OLEDs, we are planning to apply it to AR, VR, foldable, and automotive industry.” Also, “In Automotives, OLEDs are focused on energy efficiency, design differentiation, and black image quality which is critical to driver safety, in preparation with client company cooperation.” Additionally, “Foldable is constantly being researched and developed in line with customer demand, and is centered on enhancing the level of perfection demanded by the market and customers. We will work with our clients to prepare these for mass production desired by our customers.”

http://olednet.com/wp-content/uploads/2017/10/Samsung-Electronics-logo.gif9352062OLEDNET/wp-content/uploads/2015/09/logo_oled.pngOLEDNET2017-11-03 12:47:412018-09-26 19:58:37Samsung Electronics, sets a profit record of 0.97 Trillion Won in the 3rd Quarter

LG Display’s OLED TV panel sales in October more than doubled thanks to surging sales of major global TV customers such as LG Electronics, Sony and Philips.

LG Display’s OLED TV panel sales exceeded 200,000 units for the first time in October, followed by sales plan of exceeding 210,000 units in November.

With the help of Sony’s OLED TV which released LG Display’s OLED TV for the first time this year, it has achieved an overwhelming market share of 74% both in units and sales in the 55” and 65” TV market and OLED TV Set.

(September NPD North American aggregate basis)

In North America, Sony’s sales volume in September increased by 2.1 times compared to the previous month, and in Europe, Philips in its third quarter increased by 5.9 times compared to the previous quarter, and sales of LG Electronics, family of OLED TV, together with North America and Europe, experienced an increase of OLED TV sales in September with a surge of 1.5 times compared to the previous month.

(September NPD North America, GFK Europe / CIS 14 countries)

Particularly last end of July, it had only been 3 months since LG Display announced the move to invest in OLED to lead the future display market when TV sales are rapidly growing, with OLED becoming the trend of the Premium TV market.

This trend is due to the surge in consumer demand after 13 global TV companies introduced OLED TVs in front of the premium TV lineup at the IFA exhibition last September, and the demand for LG Display have increased not only for until the end of the year but even until next year.

Accordingly, LG Display’s OLED TV sales are expected to leap over 1.7 million units this year, exceeding market expectations of 1.5 million units, and 2.7 million units are expected to be sold next year.

LG Display plans to raise utilization of the E4-2 line to the maximum in Paju, which started operation in this second half of the year.

LG Display Vice Chairman Han Sang-Bum states, “OLEDs are rapidly emerging as a premium TV market and are growing steadily in accordance to our production capacity.”

Meanwhile, LG Display has actively promoted the trend of OLEDs in the display market and has recently opened ‘OLED Day’ events in China and Europe. In addition, OLED Experience Center has been installed in 8 major cities in China to show OLED potential and future technologies to consumers.

LG Display will unveil future displays at ‘SID 2017’ to be held at Los Angeles Convention Center, USA from May 23 to 26. LG Display will prepare its own booth under the theme of “Our Technology, Your Innovation” and showcase its unique displays at three Zones of OLED TV, IT & Mobile, and Automotive.

First of all, LG will display its paper-like ultrathin 77-inch UHD Wallpaper TV. Due to OLED Technology, this TV has an excellent resolution and is so thin and light that it can be tightly attached to the wall, thereby maximizing the design effect. LG’s 65-inch UHD Wallpaper TV panel which will be unveiled was selected as ‘the Best Display of This Year’ for its highest technology at the SID.

In addition, LG Display will showcase its 65-inch UHDCSO(Crystal Sound OLED) with a new function of display producing sound and 55-inch FHD transparent display making natural and transparent screen, which can show at a glance future displays that are being developed by LG Display.

LG Display applies in-TOUCH technology with a touch sensor embedded in panel to 24-inch monitor as well, while providing differentiated values to the IT market through its large and high-resolution displays. in-TOUCH technology doesn’t need Touch Cover Glass, so it features not only a light and excellent touch function but also a more sophisticated design by reducing the thickness of panels and bezel.

LG Display will also unveil state-of-the-art IT products such as the world’s largest 37.5-inch 21:9 curved monitor that maximizes immersion and 31.5-inch 8K monitor with high-resolution like reality.

LG Display suggests the future of automobiles, with its sophisticated design and excellent resolution in the rapidly growing automotive display field. By featuring multi-layers of 12.3-inch front display and transparent display, LG’s automotive display provides a sense of three-dimensions similar to existing analog Cluster. Also, LG Display will prepare a display booth for visitors to experience various displays in car such as mirror display that can replace Room Mirror due to its high reflectivity of more than 75%.

LG Display’s CTO(Chief Technology Officer), Kang, In Byeong said, “LG Display has made the world’s first display’ including IPS and OLED TV, and “LG Display will lead the next-generation display market with its continued technology development”.

A color filter technology has been developed that can bring forward commercialization of next generation’s TVs with ultra-definition visibility and lower prices. The National Research Foundation of Korea (a chairman of the board, Moo-jae, Cho) announced that Prof. for Korea University, Byeong-kwon, Joo’s research team has developed a complementary plasmon color filter having sharp display and high resolution. The color filters which are currently used in the display industry mainly are optical absorption type using pigments or dyes. It has low chemical stability since it is based on organic materials and high unit cost due to manufacturing RGB filters separately. On the other hand, the optical interference type plasmon color filter using inorganic materials can simultaneously produce various color filters at low cost, but there is a problem that the color purity is in decline due to color interference occurring in the two-dimension array of nanostructures.

<Transmittance spectrum according to opening ratio of Hole pattern and dot pattern structures, Source: The National Research Foundation of Korea>

The research team applied a reversal approach to break out the existing pattern as complementary design method that combines dot pattern with hole pattern. It is a general viewpoint of academia that it is difficult to apply dot pattern to a transmission color filter in the form of reversing the existing hole pattern. However, the team assured that the extraction of high purity for red is possible through effective blocking the leakage of short wavelengths by dot pattern under certain conditions. The result is shown that the range of implementing color in the complementary designed plasmon color filter is widened over 30% than before.

<Plasmonic color filter of Hole pattern and Dot pattern structure produced, Source: The National Research Foundation of Korea>

In addition, the implementing of various color of the complementary plasmon color filters is available such as red, green, and blue by adjusting only the geometric parameters of the nanopattern. The performance can be improved without additional costs since the existing materials and manufacturing methods could be used as usual.

Prof. Byeong-kwon, Joo explained that “This research has developed a plasmon color filter with high color reproducibility through a complementary design method. This is expected to accelerate the development of the next-generation display combining nano-optic devices.”

The research results were performed by supporting of the Basic Research Support Project(private research) of the National Research Foundation of Korea at the Ministry of Science, ICT and Future Planning, the Ministry of Education·BK21 support project of the National Research Foundation. It was published in the Scientific Reports affiliated journal of an international journal Nature, on January, 13th.

Japan Display, which recently drew attention when it became known that they sought financial help from the government, recorded JPY 10,600 million operating loss in H1 2016.

This company recently announced that in Q1 2016, a fiscal year that ended on 30 June, they recorded JPY 174,300 million in sales, a decrease of 29.2% compared to the same period last year, and operating loss of JPY 3,400 million, a fall of 5,600 million compared to the same period in 2015.

As such in H1 2016, JDI showed JPY 350,600 million in sales and JPY 10,700 million operating loss. It explained that the shipment in the last quarter fell short of expectations, and operating profit was poor due to China’s ASP fall, etc. In particular, it is analyzed that the poor sales of Apple’s iPhone, which has been occupying 50% of JDI sales, affected JDI’s business.

On 10 August, Japanese media reported that Mitsuru Honma, CEO of JDI, revealed that INCJ promised support. The financial support is analyzed to be for the smooth installation of OLED mass production line as well as the loss recovery.

JDI is carrying out mobile OLED mass production line and anticipated to be one of the strong candidates as OLED panel suppliers for Apple’s future new iPhone. Through this performance announcement, JDI emphasized they are planning to mass produce OLED from H1 2018.

The company forecast that they will show JPY 210,000 million in sales and JPY 1,000 million operating profit in Q2 2016 in fiscal year that ends in 30 September.

In Q2 2016, Taiwanese panel industry recorded decreased small to medium size LCD panel shipment and increased shipment of 9 inch or bigger large size panel.

According to DigiTimes, Taiwanese TFT-LCD panel companies shipped 58.38 million units of ≥ 9 inch panels in Q2 2016, an increase of 18.1% QoQ, and 0.8% increase YoY. The small to medium size panel shipment was 269.249 million units, a decrease of 0.5% QoQ, and 6.3% decrease YoY.

In terms of small to medium size, ≤ 9 inch, Chunghwa Picture Tubes (CPT) led the shipment volume with 100.56 million units, and HannStar Display followed with 67.892 million units in Q2. For LCD panels ≥ 9 inch, AUO led the Taiwanese market with Q2 shipment of 27.11 million units. Of these 7.176 million units are for TV, and the rest are for notebook, monitor, and tablet. Following AUO, Innolux recorded 27.09 million units of shipment. Of these 10.72 million units are for TV, and the rest are for notebook, monitor, and tablet.

According to companies’ recent Q2 performance announcement, key Taiwanese LCD companies, including AUO and Innolux, reported decreased business profit. AUO reported TWD 80,000 million in Q2 sales, a 13% fall YoY, and TWD 116 million in business profit, approximately 98% decrease YoY. Innolux showed TWD 66,800 million in Q2 sales, decrease of approximately 29%, and business loss of TWD 3,039 million.

Samsung Electronics today announced financial results for the second quarter ended June 30, 2016. Samsung’s revenue for the quarter was KRW 50.94 trillion, an increase of KRW 2.40 trillion YOY, while operating profit for the quarter was KRW 8.14 trillion, an increase of KRW 1.24 trillion YOY.

The second quarter saw significant earnings growth led by strong performance both in the set and component businesses. Overall earnings of the set business improved YOY as well as QOQ due to the continuous sales increase of premium products.

The IT & Mobile Communications (IM) Division saw substantial earnings improvement led by expanded sales of flagship products such as the Galaxy S7 and S7 edge. A streamlined mid-to low-end smartphone lineup also contributed to improved profitability. Operating profit for the IM Division was KRW 4.32 trillion.

The component business achieved solid performance although overall earnings decreased YOY due to ASP declines in the industry. Earnings for the Display Panel segment improved QOQ led by increased OLED capacity utilization and stabilized LCD panel yields. Demand for semiconductors for mobile and SSD increased and the company achieved solid growth with a competitive edge in differentiated products, including 20-nanometer DRAM, V-NAND and 14-nanometer mobile AP.

The company estimated that the stronger Korean won against major currencies in the second quarter negatively impacted operating profit by approximately KRW 0.3 trillion, reflected mainly in the component business earnings.

Looking ahead to the second half of 2016, the company expects its solid performance to continue compared to the first half, mainly driven by earnings increase in the component business due to sales growth in high value-added products and stable demand and supply conditions. The set business is expected to continue its stable earnings while the IM Division expects marketing expenditure to increase.

In the third quarter, the company expects the component business to maintain its solid performance due to improved demand and supply conditions for memory chips and LCD panels and stable earnings for OLED and System LSI. For the set business, the company forecasts marketing expenditure for the IM business to increase mainly due to a new flagship product launch and fierce competition in the industry. Meanwhile, weak seasonality is likely to impact the CE business.

Capital expenditure (CAPEX) for the second quarter was KRW 4.2 trillion, which includes KRW 2 trillion for the Semiconductor business and KRW 1.6 trillion for the Display Panel business. The accumulated total CAPEX for the first half was KRW 8.8 trillion.

The annual plan for CAPEX has not yet been confirmed but is projected to increase slightly compared to last year. This year’s CAPEX will be concentrated on OLED and V-NAND capacity as the company sees strong market demand for OLED panels for smartphones and V-NAND SSD.

Demand for High-Density, High-Valued Products Drives Higher Earnings

The Semiconductor business posted KRW 12 trillion in consolidated revenue and KRW 2.64 trillion in operating profit for the quarter.

The memory business enjoyed solid growth in demand in the second quarter. Orders for high-density NAND and DRAM products contributed to solid earnings QOQ. This was coupled by a reduction in cost from continuous process migration.

In NAND, shipments of SSD remained strong in the quarter, as enterprise companies increasingly made the transition from HDD to SSD so as to reduce total cost of ownership (TCO). Orders for high-density mobile storage products over 32GB also helped drive sales, mainly due to the expanded adoption by Chinese companies. Samsung actively responded to orders for high-density mobile products over 64GB and enterprise SSD over 4TB and increased supply of the industry’s first 48-layer V-NAND.

In DRAM, demand climbed QOQ as smartphone manufacturers bought more high-density mobile DRAM and demand for high-density products increased following the launch of a new server platform.

A supply imbalance of some applications led to greater demand for Samsung’s 20-nanometer high-density, high value-added mobile and server products.

Looking ahead, for NAND, increased adoption of high-density products and strong seasonality will further drive demand growth in the second half. Growth in high-density, premium SSD products will continue, and the launch of new products by smartphone manufacturers is expected to raise demand for mobile storage. However, supply and demand will be tighter in the second half, due to soft industry supply growth.

For DRAM, the launch of new smartphones and the increasing adoption of 6GB memory chips in high-end smartphones will spur shipments of mobile DRAM in the second half. Shipments of high-density server products will be strong, as more data centers make the transition to a new server platform.

The System LSI business saw gains QOQ, thanks to stronger demand for 14-nanometer mobile AP in premium smartphones and increased sales of high megapixel image sensors. In the second half, increased sales of mid- to low-end mobile AP and LSI products are expected to provide a stable revenue stream.

Improved Display Performance on Strong OLED Sales and LCD Recovery

The Display Panel segment posted KRW 6.42 trillion in consolidated revenue and KRW 0.14 trillion in operating profit for the quarter driven by increased shipments of OLED panels and enhanced yields for new LCD TV panel production technology.

For the OLED business, second quarter earnings improved QOQ due to healthy sales of flagship smartphones and increased demand for flexible panels. High fab utilization rates with the help of an expanded mid to low-end product portfolio also contributed to improved earnings.

For the LCD business, the second quarter saw a continuation of QOQ growth under a gradual recovery in the supply-demand balance. The company was able to achieve growth thanks to improved yields for new TV panel production technology as well as expanded TV sales particularly for large-sized UHD panels.

Looking ahead to the second half, the OLED business, Samsung expects demand for OLED panels to rise despite a likely slowdown in the smartphone market. To remain competitive, the company plans to actively address customer demand and reinforce profitability by expanding the proportion of high value-added products such as flexible and high-resolution displays. Samsung will also seek to secure supply capacity according to market demand while expanding its customer base and new applications.

As for the second-half outlook for the LCD industry, Samsung expects supply and demand to improve thanks to increased demand under strong seasonality as well as continuous UHD TV market growth and size migration towards larger screens. In response, the company will focus on enhancing profitability by improving cost competitiveness and expanding its portfolio to high value-added products including ultra-large size, high-resolution and curved panels.

Mobile Unit Strengthens Competitiveness Amid Slow Global Market

The IM Division posted KRW 26.56 trillion in consolidated revenue and KRW 4.32 trillion in operating profit for the quarter.

Samsung’s earnings improved QOQ thanks to strong sales of its flagship Galaxy S7 and S7 edge smartphones. Additionally the company achieved growth in the second quarter by maintaining the profitability of mid- to low-end models, such as the Galaxy A and J series, and improving the product mix by raising the sales proportion of the Galaxy S7 edge to over 50 percent.

Demand for smartphones and tablets in the second half is forecast to increase, however, market competition is expected to strengthen as other companies release new mobile devices. Despite this outlook, Samsung will focus on YOY earnings increase by strengthening its high-end line-up and maintaining solid profitability of mid to low-end products.

Looking into the third quarter, the release of a new large-screen flagship smartphone will help to maintain solid sales of high-end smartphones led by the Galaxy S7 and S7 edge. Samsung will also focus on expanding smartphone sales including this year’s new Galaxy A and J series and the debut of the Galaxy C series exclusively for the China market.

Samsung will focus on increasing smartphone sales under strong seasonality with the launch of a new model, while expecting marketing expenses to increase QOQ due to seasonality.

As for the Networks business, earnings improved due to increased LTE investment of major carriers in the second quarter.

In the second quarter, global TV demand remained flat YOY due to sluggish economic conditions in major emerging markets that offset the growth experienced in developed markets. Amid these challenging conditions, Samsung achieved solid YOY earnings by successfully launching new products, including SUHD TVs, and increasing sales of premium products on the back of global sporting events.

For the appliances business in the second quarter, although growth momentum continued in North America, global demand declined YOY due to slower growth in China and the impact from the economic slowdown in emerging markets. Despite these circumstances, earnings improved from the same period of the previous year thanks to increased sales of premium products such as the Chef Collection refrigerator and the AddWash and activ dualwash™ washing machines.

Looking ahead to the second half, TV demand is expected to decline YOY due to weakened demand in Europe and a prolonged economic slowdown in emerging markets. In response, Samsung will focus on improving profitability and increasing sales through collaborations with local channel partners and through region-specific promotions. To reinforce its leadership in the premium TV segment, the company will also seek to grow sales of its premium SUHD TV line-up, particularly products featuring its Quantum Dot technology.

Concerning the outlook for appliances in the second half, market growth is expected to be limited due to the aforementioned concerns in Europe and emerging markets. Despite these conditions, Samsung will actively seek opportunities to counter the challenging market dynamics by launching innovative products that offer superior consumer experiences. The company also plans to achieve further growth by enhancing its B2B business in this sector, particularly for built-in kitchens and system air conditioners.

An article by Barry Young, the managing director of the OLED Association, in Display Daily created much excitement in Korean display industry when domestic media picked up the story on 14 June. The article includes Young’s suggestion, “don’t believe the garbage about QLEDs in 2019”.

Clarifying this comment, experts unpack this to mean Young’s pessimistic outlook for QLED mass production in 2019 forecast rather than for QLED itself.

Barry Young discussed QD in an article titled Drinking the QD Kool-Aid in Display Daily. It is estimated that the comment is aimed at the recent speculation that Samsung Electronics will mass produce QLED TV as the next generation product in 2019 rather than OLED TV. While Samsung Electronics has not announced their official position regarding QLED TV mass production timing, some sectors within the market believe it will be possible by 2019. However, many have differing opinions.

QLED is a display that uses quantum dot for emitting layers’ host and dopant while maintaining the common layers used in the existing OLED. Quantum dot, emitting layer materials used in QLED, utilizes inorganic materials and can lower the production cost in comparison to OLED’s emitting layer materials. That the process does not require evaporation as it can be carried out through ink jet printing is another advantage, and some also believe that QLED color purity is superior to OLED.

Despite these, some experts point out that it is difficult for QLED to become the main force of the premium TV market, surpassing OLED, in a short time. QLED has to solve several technological issues including lifetime and emitting efficiency. When mass producing QLED, pin holes occur and reduce device lifetime, and as the hole and electron are not balanced the emitting efficiency falls. Furthermore, as even research has not been carried out regarding QLED lifetime and degradation, whether it will be commercialized by 2019 is also in question.

Meanwhile, Young refuted the argument that QD-LCD’s picture quality is superior to OLED. He proclaimed that QD Vision and Nanosys are making “very questionable statements” about how “OLED TVs were outperformed by LCD’s with QD enhanced LED backlights” without considering merits of OLED such as contrast ratio, viewing angle, response time, color accuracy, and form factor as well as luminance and color area.

http://olednet.com/wp-content/uploads/2016/07/16_7_11_QLED.jpg443570OLEDNET/wp-content/uploads/2015/09/logo_oled.pngOLEDNET2016-06-20 15:46:002018-07-11 21:40:36Just What is QLED…2019 QLED Mass Production is Garbage?

Samsung Electronics, will showcase the latest additions to its industry-leading digital signage and visual display solutions portfolio at the InfoComm 2016 tradeshow. Scheduled to take place June 4-10, 2016, at the Las Vegas Convention Center, InfoComm is the largest annual global conference for the professional AV industry and is expected to welcome more than 40,000 attendees from nearly 110 countries.

Under the theme “Collaborate. Attract. Engage.”, Samsung’s booth (#C-6319) will include a variety of next-generation technologies designed to promote more efficient content delivery and display management in corporate, hospitality, public, retail and at-home environments (among others). Highlighted by the integration of the Tizen operating system into many of its newest digital signage technologies, Samsung’s diverse line-up will demonstrate how booth visitors can drive greater engagement, and related sales, through clear, cost-effective message presentation.

“As the world’s leading total digital signage solutions provider, we strive to discover new avenues that help our partners deliver captivating content and a differentiated experience at every stage of the customer journey,” said Seog-gi Kim, Senior Vice President, Visual Display Business at Samsung Electronics. “We are excited to introduce the latest expansion of our cutting-edge visual display lineup at InfoComm 2016, and showcase how these new technologies solve prominent challenges and drive growth in today’s fast-paced business environments.”

Beginning in 2016, Samsung’s new P Series digital signage technologies will feature the enhanced fourth generation Samsung SMART Signage Platform (SSSP 4.0) powered by the Tizen operating system. With Tizen, SSSP will deliver more powerful graphic performance and seamless content playback to expand users’ visual display possibilities while creating a more vivid and memorable experience for their audiences.

The Tizen-powered, fourth-generation SSSP features an upgraded graphics engine to drive faster response time, interactions and loading speeds. The platform additionally enables users to manage display content more rapidly through an optional PC-less all-in-one screen.

The refined SSSP 4.0 platform allows users to build and launch web-based applications by offering HTML5 support and a comprehensive toolset, including Web Simulator and Tizen Emulator. The new platform’s versatility expands users’ content development capabilities while reducing activation time.

A key component of the improved SSSP 4.0 platform, Samsung’s MagicInfo Server 4.0 program enables users to manage their entire display network from any location through a centralized server. Reliable and easy to use, MagicInfo Server 4.0 integrates a dedicated Backup Player and DataLink content streaming functionalities to reduce the manual work required to share essential information.

The enhanced MagicInfo Server 4.0 program additionally offers enterprise users a more capable set of content creation, scheduling and deployment tools. Content managers can leverage an intuitive interface, including drag-and-drop content scheduling, to rapidly identify and implement updates. MagicInfo Server 4.0 further makes content programming easy through a design that does not require JavaScript or additional plug-ins to operate, reducing steps to save valuable time.

Samsung’s new standalone displays (PHF and PMF Series) provide a slim, strong and simple signage solution for environments facing tight or irregular space limitations. Featuring a slim-depth design (29.9mm) and narrow bezel (6.9mm), the PHF and PMF displays are among the thinnest on the market and can accommodate a range of business settings. The Tizen-supported standalone displays are designed for uninterrupted 24/7 content delivery, and an integrated centralized infrared receiver (IR) further ensures continued performance in any environment.

A host of additional design features further enable the PHF and PMF Series displays to deliver clear, brilliant content regardless of location. A non-glare frontal panel reduces natural and ambient light reflection to ensure continuous readability.

InfoComm attendees also will get the first look at Samsung’s new large-format OHF Series outdoor displays. Billed as industry’s leading large-sized outdoor signage, the OHF Series is available in a variety of sizes (46-, 55-, 75- and 85-inch models), with each boasting a slim-depth design for more impactful content delivery.

The OHF Series displays are equipped with SSSP 4.0 and powered by the Tizen operating system, ensuring faster and more reliable content development and delivery. An embedded power box condenses operational components to a single system, conserving space while streamlining management. Engineered for any outdoor environment, the OHF Series displays can withstand temperatures ranging from -30-50oC without impeding content delivery. OHF Series viewers additionally benefit from external magic glass, 2,500nit brightness and a 5,000:1 contrast ratio that ensure messages can be seen clearly at any time and place.

Optimized for a range of indoor retail, corporate and public-viewing applications, Samsung’s narrow bezel (1.7mm bezel-to-bezel) UHF-E video walls combine advanced color management capabilities with the visual enhancements of large-format signage to deliver clear and consistent content. The ultra-slim design eliminates distractions and keeps viewers focused on the display’s content rather than the display itself. Equipped with the same durability and color presentation components as its predecessors, the UHF-E video walls represent a sleek, stylish alternative capable of delivering uninterrupted content in any indoor setting.

Designed for corporate, control room and customer-facing environments, Samsung’s indoor SMART LED displays deliver compelling content and inspire collaboration at a lower total cost of ownership. These displays feature top-tier diodes and customizable pixel pitch compositions ranging from 1.5-2.5mm, providing seamless visibility while simultaneously accommodating users’ specific operational and branding needs. Combined with design elements that produce the same deep contrast, realistic picture quality and color consistency viewers expect from Samsung’s latest televisions, the LED signage portfolio offers users an extra edge to stand out within often-crowded indoor environments.

The reason that Chinese smartphone companies are experiencing the panel shortage is known to be because their panel suppliers reduced smartphone panel production due to too low prices. However, DigiTimes reported that Huawei is receiving relatively sufficient amount of panels from BOE, Tianma, etc.

Meanwhile, Skyworth, one of key Chinese OLED TV selling companies, showed lower than anticipated OLED TV sales in financial year of 2015 which ended in March. Chinese media reported that this is due to insufficient supply of OLED panel from LG Display.

Samsung Display is drawing attention with 5 inch level VR (virtual Reality) device display with the highest resolution in the industry. The company also displayed Bio Blue, which minimized blue wavelength harmful to human eye.

At Society for Information Display 2016 ( SID 2016, 22-27 May), Samsung Display drew visitors’ attention with their new panel products such as OLED for VR and rollable OLED. At the exhibition booth, Samsung Display presented new 5.5 inch panel. The panel’s resolution, 806 ppi, is the highest pixel density of the 5 inch level VR panels published so far. The resolution is 3840 x 2160 with 306 nit brightness and 97% color gamut.

SDC`s ‘Bioblue’ (Sanfrancisco = OLEDNET)

Additionally, Samsung Display revealed another OLED panel for VR named Bio Blue. Bio Blue minimized harmful blue light by adding light blue to the existing RGB pixel structure. Displaying Bio Blue, the company emphasized that OLED is better for eye health compared to LCD. Of the total blue spectrum, the proportion of blue light harmful to human eye is 66% for LCD and 32% for AMOLED. Samsung Display added that AMOLED will be able to reduce this figure to 6% in future.

As a keynote speaker for SID 2016, Samsung Display ’s Executive VP and Chief of Research Center, Dr. Sung-Chul Kim explained that display will expand human life experiences through application to automotive, window, mirror, etc. and emphasized that AMOLED will become a key solution for this.

Displays that can turn from a wall or window into an information display simultaneously require flexibility and hardness. Kim also explained curved display is suitable for automotive uses. In terms of mirror display, AMOLED is suitable as superior color gamut is required.

Kim added that for realistic image required by VR (virtual reality) and others requires ‘driving tech’. He explained that foldable, rollable, deformable, and stretchable displays will produce more attractive devices, and provide new experiences through VR, automotive, digital signage, etc.

Kim told the attendees that display is a window to communicate with the world and expands lives. He emphasized that AMOLED is the key solution for future display, and will bring more opportunities than expected.

TNU is a leading provider of small to medium size display solutions to the Americas, utilizing cutting edge technologies from Tianma Micro-electronics and NLT Technologies Ltd., coupled with the manufacturing resources of the Tianma Group.

TNU exhibits over 90 LCD demonstration units, including new prototypes. Some of the featured products and technologies are:

Samsung Electronics expanded its cloud monitor portfolio today with the release of the TC222L (21.5”) and the TC242L (23.5”) thin client displays. Powered by IGEL’s industry leading thin client software and combined with Samsung’s industry leading display technology, the new monitors offer businesses a highly unique desktop solution for remote access of critical documents and data through the cloud.

In partnership with IGEL, a leading global thin client vendor, Samsung’s TC222L and TC242L cloud monitors come with several embedded configuration, management and support tools. Both displays feature the Linux operating system, empowering remote network and internet program access. IGEL’s complementary Universal Management Suite 5 (UMS5) platform offers an easy-to-use console for added visibility of the clients’ configurations. The console also enables managers to automatically apply configuration adjustments to an entire deployment of thin client assets throughout the enterprise.

IGEL’s embedded software provides reliable multi-protocol connectivity to mainstream VDI environments and cloud resources, such as Citrix, VMware and Microsoft, added by a powerful management tool for remote configuration, monitoring, reporting and administrative automation. Through the integrated Linux Thin Client OS software platform, users can securely consolidate bulky desktop applications and equipment into a series of cloud-based virtual applications and desktops. The result is a sleek all-in-one design that minimizes cabling and consolidates I/O for a clean, clutter-free workspace.

“We are delighted about Samsung’s decision towards the best software solution provider on the market,” said Erhard Behnke, Managing Director at IGEL. “The Strategic partnership of Samsung and IGEL is a true win-win situation as Samsung will be enabled to deliver an innovative all-in-one thin client solution to their customers, and IGEL will benefit directly from the entrance into the enterprise display market. Combining our decades of experience in thin client software and management specialization with Samsung’s power in display technologies result in a secure, cost-effective and energy-efficient thin client solution.”

Samsung will showcase its TC222L and TC242L displays at the upcoming Citrix Synergy conference, taking place May 24-26 at the Sands Expo in Las Vegas.

Dai Nippon Printing is planning to invest USD 54.6 million in stages until 2020. Through this, the company is striving to strengthen their position as the evaporation mask leader in the OLED market where a rapid growth is expected.

Evaporation mask is used when red, green, and blue emitting materials are coated in order to produce OLED panel production. The performance of the mask is directly related to increasing the panel resolution. Dai Nippon Printing is aiming to increase their client base in future and achieve revenue of JPY 30,000 million in 2020, which is 3 times higher than the current revenue.

Nikkei also reported that Japan’s Screen Holdings began manufacturing equipment to mass produce OLED panel. The company only handled test production manufacturing equipment, but they recently developed product compatible with Gen6 substrate, and began supplying to panel mass production line from April. The manufacturing equipment is used to coat polyimide, high performance resin to produce OLED panel.

Display related Japanese industry, following Korean and Chinese, is also busy to seize the OLED market, which is expected to rapidly grow.

Quantum Materials Corp today announced that it has completed the initial development phase with its display film partners and is entering a preproduction phase in which the Company has committed to an accelerated sample optimization and delivery schedule for its cadmium-free quantum dots.

Quantum Materials has begun shipping additional deliveries of cadmium-free quantum dot samples to its partners and is scheduled to increase shipment quantities as development reaches pre-commercial scale later this year. The Company anticipates that, in conjunction with its partners, commercial quantities of a high performance cadmium-free quantum dot film will be available to display manufacturers in early 2017. Increasing concern over the use of cadmium in consumer displays has been driven by RoHS Directives and heightened corporate environmental responsibility, resulting in significant interest from the display industry in a cadmium-free quantum dot display film.

“Our decision to accelerate development of cadmium-free quantum dots and our ability to recruit a distinguished scientific, technical and production team has allowed us to achieve this milestone and initiate ramping-up of sample production volumes,” said Stephen Squires, President and CEO of Quantum Materials Corp. “The revolutionary nature of our high-volume production process is recognized by our esteemed customers and partners and has allowed us to attract talented employees on the cutting edge of the nano-sciences. On a daily basis the Quantum Materials’ team is accelerating discovery and fast-tracking significant advances in material science.”

Quantum Materials will be participating at the Society for Information Display (SID) ‘Display Week 2016 International Symposium, Seminar and Exhibition’ from May 22-May 27, 2016 at the Moscone Convention Center in San Francisco, California. Quantum Materials will be exhibiting in partnership with Uniglobe Kisco Inc. (www.uniglobe-kisco.com) at Booth 1342 and Mr. Squires will be participating in a CMO panel discussion on Wednesday morning at 8:30am in Room 123.

“We value our relationship with Kisco and look forward to working with them at Display Week to continue growing the current customer partnerships they have facilitated and build upon the momentum we are developing as a team,” Mr. Squires concluded.

Samsung Display and LG Display will showcase the technologies for next-generation displays at the 2016 Society for Information Display( SID 2016 ) conference, which is being held at the Moscone Convention Center in San Francisco from May 22 to 27.
LG Display’s next-generation technologies including OLED TVs and automotive displays will be on show at the company’s booth from May 24 to 26 At this year’s SID 2016 , LG Display is placing its emphasis on the advantages of OLED and in particular the superior picture quality it offers along with its unlimited potential in application and design. The company will present its 77-inch Ultra HD OLED TV panel which provides the same level of color gamut in displays used by film-editing professionals.
It boasts unbeatable picture performance with perfect black expression and improved brightness by applying the High-Dynamic-Range (HDR) technology. LG Display will also showcase future concept displays such as 55-inch double-sided and 65-inch concave OLED displays for signage to meeting customers’ expectation for what’s coming next.
For customers in the rapidly rising automotive display market, LG Display will showcase its automotive display product line-ups from cluster displays to the Center Information Display (CID), including a 12.3-inch curved plastic OLED display and a 12.3-inch LCD panel realizing over 1,000 nit of brightness.
LG Display will also highlight its lifelike picture quality 31.5-inch 8K4K monitor and 14-inch Ultra HD resolution notebook panel embedded with high resolution and touch functions. In addition, the company will showcase a range of displays featuring its exclusive touch embedded technology, Advanced In-Cell Touch (AIT), from the 6-inch mobile display, and 9.2-inch and 10.3-inch automotive displays that feature touch response even with a gloved hand, to the world’s first touch-enabled 15.6-inch notebook panel and 23-inch monitor panel.

Samsung Display will present latest displays from 5.7 inch rollable AMOLED, AMOLED for laptop, VR, and automotive to hologram at the company’s booth At this year’s SID 2016 .

The 5.7 inch flexible OLED that will be shown at Samsung booth has the highest industry resolution of QHD (2560×1440), and it is ultra-thin with 0.3 mm thickness.

The 5.7 inch rollable AMOLED that can be rolled to the width of a finger weighs 5g. With resolution of FHD (1920×1080) and curvature radius of 10R, the company explains that this has the best specs in terms of resolution and curvature radius of rollable products.

The 13.3 inch and 14 inch QHD AMOLED for laptop used on-cell touch technology. By internalizing the touch censor within the AMOLED panel, the thickness was reduced by 45% compared to LCD to 1.01 mm and weight by 33% to 120 g (13.3 inch). Samsung Display will also show 5.5 inch UHD (3840×2160, 806 ppi) prototype for VR. The number of pixels increased by approximately 2.3 times compared to QHD which is mainly used at present.

Samsung will also present Light Field technology related to 3D dimensional video that often appears in science fiction. The technology actualizes an object that looks different from different viewing angles on display and produces 3D film with high degree of completion. The digital hologram technology that allows 3D images to be projected will also be shown. These technologies could be applied to 3D pop-up book, 3D game, VR, AR, HUD, etc. in future.

Additionally, the company will show diverse lineup from Central Information Display to Cluster including 12.3 inch curved display equipped with automotive POLED and 12.3 inch product with high resolution and high brightness of over 1,000 nit.

Japan Display Inc. ( JDI ) 17″ 8K4K LTPS TFT LCD Display is the proud recipient of the 2016 Display of the Year Award from the Society of Information Display (SID) This award is granted to a display product that incorporates the most significant technological advances or outstanding features, and is one award among SID’s Display Industry Awards which are the display industry’s most prestigious honor, given annually since 1995 to recognize the best display products or applications introduced to the market during the previous calendar year. The awards are announced and presented at Display Week, the annual SID International Symposium, Seminar and Exhibition.

The Display of the Year Award recognized JDI’s development of the world’s first 17.3-in., high-resolution (7,680 x 4,320 pixels), fast-response (120Hz frame rate) liquid-crystal display module, introduced October 1, 2015. The module provides life-like imagery that offers an immersive sense of depth, enabled by its smooth playback of moving images and high resolution picture quality.

The 17.3-in. size is a standard for monitors used in video image production, with 8K technology expected to lead to the next-generation frontier. It is noteworthy that the Japan Broadcasting Company (NHK) has been a proponent of 8K broadcasting for several years, and many sources report that 8K will be used to broadcast the 2020 Olympics in Tokyo. High-resolution modules like JDI’s are set to take advantage of this broadcast technology.

As we strive for further improvement, JDI has developed a low power consumption version with advanced LTPS technology. Both displays, the original award winning 17″ display and the new 17″ low power consumption version, will be demonstrated in JDI’s booth #917 at SID’s Display Week at the Moscone Convention Center, May 22 – May 27, 2016, in San.Francisco, California, USA.

On 25 May at 6.30 pm (local time), UBI research is hosting OLED Night for key players of global OLED industry in Dobbs Ferry, San Francisco.

UBI Research organized this event to facilitate wider networking opportunity for leaders of the OLED industry. The company selected the date and location to coincide with the largest display industry event Society of Information Display 2016 in San Francisco.

The cocktail party event will be attended by Korean companies such as LG Display, Duksan Neolux, and Sunic System, as well as global display companies including BOE, CYNORA, Visionox, and UDC.

UBI Research explained that they are organizing the OLED Night for mutually beneficial opportunity for development in OLED industry to correspond with the SID 2016. The attendees will be able to discuss how to lead the industry and solidify their personal connections.

* invitation letter required.

http://olednet.com/wp-content/uploads/2016/05/golden-gate-bridge600x250.jpg250600OLEDNET/wp-content/uploads/2015/09/logo_oled.pngOLEDNET2016-05-17 16:27:002018-07-11 21:48:18OLED Networking in One Place…'OLED Night' in San Francisco

Japan Display Inc. ( JDI ) will be participating in The Society of Information Display (SID) DISPLAY WEEK 2016, International Symposium, Seminar, and Exhibition. The event will begin on Sunday, May 22, 2016, through Friday, May 27, 2016 at Moscone Center in San Francisco, California, USA. JDI will be delivering presentations at the symposium and exhibition at booth # 917.

Based on the concept of “LTPS World – What JDI’s LTPS offers”, created by low temperature poly-silicon (LTPS) technology, JDI will be exhibiting it’s latest technologies and products, including high resolution 8K4K liquid crystal display (LCD) modules, “WhiteMagic” LCD modules characterized by low power consumption, reflective-type LCD modules, “Pixel Eyes” modules integrating touch functionality into the interior of the display (in-cell), displays for automotive, industrial applications, and other innovations. This company will also be delivering six presentations at the symposium, which will bring together researchers and engineers involved with displays from around the world.

It`s booth will be divided into sections dedicated to exhibit displays for mobile (smartphones and PC/tablets) application, automotive applications, reflective displays, organic light emitting diode (OLED) technology, and industrial applications. In each array of products will be exhibited, including the World’s first standard monitor Size 17.3-inch 8K4K.

Samsung Elec. today announced financial results for the first quarter ended March 31, 2016. Samsung’s revenue for the quarter was KRW 49.78 trillion, an increase of 5.7 percent YoY, while operating profit for the quarter was KRW 6.68 trillion, an increase of 12 percent YoY. In the company’s earnings guidance disclosed on April 7, 2016, Samsung estimated first quarter consolidated revenues would reach approximately KRW 49.0 trillion with consolidated operating profit of approximately KRW 6.6 trillion.

The first quarter saw overall earnings growth led by the early launch and successful sales of the flagship Galaxy S7 and S7 edge, improved memory product mix, expanded 14nm supply of System LSI products and increased sales of OLED panels.
Overall earnings of the Display Panel business decreased due to a sharp decline in LCD panel earnings although earnings of OLED panels improved mainly driven by the Galaxy S7. The LCD business experienced temporary yield issues while adopting new process technology as well as TV panel price decline.

The IT & Mobile Communications (IM) Division saw a substantial earnings improvement both YoY and QoQ mainly driven by the early launch of Galaxy S7 and its strong sales and improved cost efficiency through the streamlining of mid-to-low-end smartphone lineups. Although the company had a one-time royalty settlement expense in the quarter, the impact on operating profit was equivalent to less than 1 percent of IM revenue.

The Consumer Electronics (CE) Division achieved significant earnings growth YoY led by expanded sales of premium TV models such as SUHD TV and Curved TV in developed markets, and also a notable sales increase of premium home appliance products in North America.

In the second quarter, the company expects its solid performance to continue led by steady earnings in the Mobile and Semiconductor businesses plus improvement of the CE and Display Panel businesses.

The IM Division is expected to secure solid earnings by expanding sales of the Galaxy S7 along with strong profitability of mid-to-low-end products. The CE Division expects to see improvements as seasonality should improve air conditioner sales, while flagship SUHD TV sales are expected to increase.

The Display Panel segment is expected to see earnings improvement compared to the previous quarter as LCD profitability is forecast to rise on stabilized TV panel yields and improved demand and supply conditions.

For the Display Panel business, OLED earnings are expected to improve due to growth driven by an increase in flexible and high-resolution panels. LCD panel profitability is expected to improve in the second half driven by high valued-added products amid better supply and demand conditions.

For the IM Division, the company expects the sales of flagship products to increase YoY, especially with strong demand for flagship products such as the Galaxy S7 and new model launches in the second half. In addition, the company will continue to manage cost efficiencies by streamlining its smartphone lineups.

For the CE Division, the company will focus on profitability by increasing premium products such as SUHD and Curved TVs. With the Olympics and other global sporting events forecast to drive global demand for large-size TVs, the company expects strong improvements in operating results YoY.

Meanwhile, capital expenditure (CAPEX) for the first quarter was KRW 4.6 trillion, which includes KRW 2.1 trillion for the Semiconductor business and KRW 1.8 trillion for the Display Panel business. The annual plan for CAPEX has not yet been confirmed but is projected to increase slightly compared to last year’s CAPEX based on various business opportunities. CAPEX for the Display Panel segment may increase as the company sees strong market demand for OLED panels. DRAM CAPEX will remain flexible based on supply and demand conditions but is expected to be lower than 2015.

In the first quarter, shipments of OLED panels improved from the previous quarter, driven by launches of new high-end smartphone panels and strong demand for smartphones in the mid-to-low-end space. Conversely, the company’s LCD panel shipments decreased, affected by weaker demand during low seasonality.

Looking ahead to the second quarter, for OLED panels, Samsung hopes to actively address demand for new products and expand its customer base, while focusing on improving profitability of LCD panels by increasing shipments of strategic premium products such as UHD and large-size panels.

In 2016, the company expects OLED demand will continue to rise helped largely by growth in the mid-to-low-end smartphone segment while the LCD market will continue to be over supplied. In this market, Samsung hopes to actively address demand for new products, increase sales of value-added products and reinforce its leadership by developing new panel applications.

While smartphone and tablet demand saw a slight QoQ decrease due to seasonal effects, overall operating profit for the Division increased. This increase was largely due to the early launch and strong global performance of the flagship Galaxy S7 and S7 edge, as evidenced by robust sell-out figures and low inventory levels compared to their predecessors. A streamlined mid-to-low-end smartphone lineup also contributed to improved profitability.

Looking ahead to the second quarter, while demand for smartphones and tablets is forecast to remain flat due to continued weak seasonality, the worldwide rollout of the latest flagship models as well as an increase in shipments of the mid-to-low-end Galaxy A and J series are expected to help the company maintain robust sales momentum and profit.

As for the year ahead, Samsung anticipates softening demand in the smartphone market and negative growth in the tablet market. The company will reinforce its leadership in the premium smartphone segment on the back of the Galaxy S7 and S7 edge, while continuing to increase volume and improve profitability in the mid-to-low-end segment. In addition, the company will continue to expand the Samsung Pay service to global markets and look into new business opportunities.

For the Networks Business, the company will seek growth through the continued rollout of 4G LTE services in new markets around the world, including Southeast Asia.

In the first quarter, TV market demand decreased YoY due to weak seasonality and economic downturn in emerging markets. Earnings for the VD Business showed significant growth YoY, led by increased sales of premium products such as SUHD and Curved TVs.

For the appliances business, earnings improved compared to the corresponding quarter last year, led by continued growth in the North American market and increased sales of innovative premium products such as Chef Collection refrigerators and the Activewash™ washing machine.

In the second quarter, TV demand is expected to slightly increase riding on sports events such as the Olympics. The company plans to further improve profitability by continuing to focus on the new and improved SUHD TVs with the world’s only cadmium-free Quantum dot display, while also increasing sales of premium products such as UHD TVs and Curved TVs.

Digital appliance demand is expected to rise due to seasonal growth for air conditioners, despite global market uncertainties. Against this backdrop, Samsung aims to increase profitability by expanding sales of innovative premium products such as a newly launched air conditioner and Family Hub Refrigerator. Additionally, the company expects to improve performance by expanding its enterprise business including built-in kitchens and system air conditioners.

Samsung Electronics America, announced the availability and pricing for its 2016 line up, including SUHD TVs.(Source=Samsung Elec.)

Samsung Electronics America, the leader in home entertainment for over 10 years, announced the availability and pricing for its 2016 line up, including an entirely new Flagship model series – the KS9800, bringing a new meaning to Smart TV.

“Samsung has always been about the ultimate experience in Picture Quality. This year is no different. Our new SUHD models provide the brightest, most realistic color and clarity for every viewing environment,” said Dave Das, Senior Vice President, Samsung Electronics America. “What is new this year is our redefined Smart TV experience. We listened to our customers and made enjoying content the easiest it’s ever been”

Samsung’s SUHD TVs feature the world’s only cadmium-free 10 bit Quantum Dot Display, setting the quality standard of 1,000-nit HDR with the best and most vibrant color and contrast available for true-to-life picture and experience. The Ultra Black feature reduces reflections by absorbing light to help provide for deeper, richer blacks. This year’s Samsung SUHD line up meets the UHD-A’s Premium UHD certification program, which ensures consumers are getting the most premium experience from their UHD TV.

From curved and slim to the new boundless design edge, Samsung offers stunning design with optimum viewing. The new KS9500 features an immersive ‘360’ design that is elegant and looks beautiful from every angle.

Samsung’s 2016 Smart Hub Interface takes simplicity to the next level. The new Smart Hub Interface eliminates a lengthy setup process by automatically integrating set top boxes from cable providers like Time Warner, Comcast (coming soon), and satellite services such as DIRECTV (coming in June), as well as game consoles. Users can simply plug the STB into any HDMI port, and the TV will recognize the box and provider, as well as automatically set up the remote control to access and control the STB features – not just channel up and down, but DVR controls and other commonly used controls – without the user ever having to program or “teach” the remote. It’s the ultimate in simplicity.

The UBD-K8500 supports backward compatibility, upscaling existing 3D Blu Ray, Blu Ray to near-UHD quality. The player can also handle the next generation of home audio formats, including immersive, object-based sound formats like Dolby Atmos and multi-channel systems.

For 2016, Samsung offers breathtaking design and unparalleled excellence with its new line of TVs, including a series of five Curved SUHD TVs and a series of five UHD TVs that vary in display size from 49” to 88”. Ranging from the popular curved form to the traditional flat-panel, Samsung provides consumers with sleek appeal, the most exceptional picture quality and smartest TVs.

The Samsung KS9800 SUHD TV will be available in early June in a 65” model for $4,499, and an 88” model for $19,999. A 78” model will be available in early May for $9,999.

The Samsung KS9500 Curved SUHD TV is available now in a 55” model for $2,499 and a 65” model for $3,699. A 78” model will be available in early June for $7,999.

Samsung’s KS9000 4K SUHD TV is available now in a 55” model for $2,299, and a 65” model for $3,499. A 75” model will be available in early June for $6,499.

Samsung’s KS8500 4K SUHD Curved TV is now available now in a 55” model for $1,999 and 65” model for $2,999. A 49” model will be available in May for $1,699.

The Samsung KS8000 is now available in a 55” model for $1, 799, and in a 65” model for $2,799. Starting in May, it will be available in a 49” model for $1,499, and a 60” model for $2,299.

http://olednet.com/wp-content/uploads/2016/04/Samsung-SUHD-TV-6_Main706.jpg470706OLEDNET/wp-content/uploads/2015/09/logo_oled.pngOLEDNET2016-04-14 13:09:242018-07-11 21:54:00Samsung, announced the availability and pricing for New SUHD TVs

As a response strategy for the future smartphone display market, Japan Display (JDI) nominated LTPS evolution. This is to continue the position that JDI achieved within the LCD market through LTPS technology in the OLED market using Advanced backplane technology.

JDI’s CTO, Hiroyuki Ohshima gave a keynote speech titled Future Perspective for Small to Medium-sized Displays in FineTech Japan 2016 (April 6-8), and emphasized that they will continue developing backplane technology prowess.

Furthermore, Ohshima stressed that whether the mobile display’s frontplane is IPS LCD or OLED, the key backplane technology is LTPS. he explained that unlike LCD’s stabilized technology, OLED still has issues that need to be solved such as high uniformity and stability. However, he added that OLED is the best technology to achieve flexible display comparing the merits of LCD and OLED.

Ohshima told the attendees that LTPS is a widely used technology applied to both LCD and OLED, has high electron mobility compared to other TFT technology, and high resolution, low power, etc. are possible. From 2015, JDI has been using 60 Hz Gen1 LTPS technology, and expected to use 30 Hz Gen2 Advanced LTPS from 2016, and Gen3 with 15 – 5 Hz from 2017. The evolved technology can greatly reduce energy consumption compared to the previous versions of the technology.

Furthermore, Ohshima is planning to respond to the small to medium-sized display market by developing in-cell touch, low power technology, etc. He added that small to medium-sized display, represented by smartphone, requires the integration of developed technology

FineTech Japan 2016 (April 6-8) is a display technology related exhibition held in Tokyo Big Sight. The 26th annual event is participated by approximately 260 companies including Samsung Display, BOE, and Japan Display.

AUO announced its unaudited consolidated revenue for March 2016(Source=AUO)

Hyunjoo Kang / jjoo@olednet.com

AU Optronics Corp. (AUO)announced its unaudited consolidated revenue of NT$26.27 billion for March 2016, up by 27.7% month-over-month and down by 24.5% year-over-year. Consolidated revenues in the first quarter of 2016 were NT$71.14 billion, down by 14.7% from the previous quarter and 25.4% year-over-year.

Shipments of large-sized panels for LCD TV, desktop monitor, notebook PC, and other applications totaled nearly 9.55 million units in March 2016, up by 35.0% from the previous month. As for small-and-medium-sized panels, the shipments were around 14.74 million units, an increase of 26.6% month-over-month.

In the first quarter of 2016, large-sized panel shipments totaled 24.43 million units, a decrease of 11.5% quarter-over-quarter and 8.8% year-over-year. Shipments of small-and-medium-sized panels in the same quarter exceeded 37.75 million units, up by 13.0% quarter-over-quarter and down by 11.5% year-over-year.

China’s TFT-LCD company, BOE, revealed ambition that it will lead the 8K market within the TV sector.

At the Technical Conference of FineTech Japan 2016 (April 6-8), BOE’s CEO Zhaohong Zhang gave a keynote speech titled Strategy of Adaptation and Innovation, and emphasized that the large size TV will notably grow, and BOE will lead the large size 8K TV market.

Zhang explained that he believes the enlargement will become the growth engine for the global display market. Accordingly, he estimates that the enlargement of monitor and TV among others will spread. He added that the display market will find it difficult to grow rapidly, and the display will become larger and mobile products of FHD 400 ppi or higher and TV products of UHD 4K or higher will expand.

Zhang emphasized that BOE became the victor by earning market opportunity through scale and value innovation, affirming the determination to lead the large size TV market. In terms of BOE’s innovation directions, Zhang suggested several keywords including ▲Picture ▲Power ▲Health ▲Price ▲Panel and ▲Pilot.

In particular, BOE’s policy is to make a winning move in large size display sector. Within the smartphone and tablet sectors, Zhang plans to place UHD 4K display at the front, and lead the 8K era within TV sector. He further emphasized that with the forecast of rapid growth of large size 8K TV market from 2018, BOE will become the pioneer in 8K technology and product. In future, BOE is planning to apply 8K to all panel series for TV.

Additionally, Zhang’s strategy includes low energy consumption actualization through backplane TFT semiconductor and high aperture ratio technology. Furthermore, he stressed that by developing display that lowers eye fatigue and corrects color, BOE is considering viewer’s health too. He revealed that in order to enter the new application sectors such as automotive, medical, AR, and VR, BOE will carry out development on high resolution, touch module, flexible panel, etc.

FineTech Japan 2016 (April 6-8) is a display technology related exhibition held in Tokyo Big Sight. The 26th annual event is participated by approximately 260 companies including Samsung Display, BOE, and Japan Display.

LG Display has once again reaffirmed its determination to lead the TV market with OLED as the growth engine. In particular, the company is planning to actively respond to the increase of demand for 65 inch and 55 inch OLED TV.

On April 7, during the FineTech Japan Special Session, ChangHo Oh, LG Display’s OLED TV Development Group, gave a talk titled ‘Technology for Large Size OLED Display’ and emphasized the superiority of large area OLED panel.

As a display for a large size TV, LCD has light leakage issue, but Oh explained that OLED can solve this and actualize natural colors without distortion. Oh added that through self-emitting characteristic of OLED, the demands for large size TV picture quality can be solved, and through freedom in forms such as foldability, the design can be improved to less than 1 mm thickness. Furthermore, he added large size OLED panel’s advantages including superior light actualization in same color sector

a-Si, poly Si, and oxide substrates are mainly used for LCD, and for OLED it is oxide, and poly Si. Oh explained that as a part of responding to the panel enlargement, changing the a-Si of the existing mass production line to oxide could improve enlargement and safety.

Oh reported that as the demand for 65 inch and 55 inch TV is increasing, this will become the growth engine of the OLED market, and that P10 factory establishment in Paju is being carried out.

FineTech Japan 2016 (April 6-8) is a display technology related exhibition held in Tokyo Big Sight. The 26th annual event is participated by approximately 260 companies including Samsung Display, BOE, and Japan Display.

Samsung Display’s CTO, Sungchul Kim, displayed infinite potential of AMOLED’s new market creation ability, and emphasized that panel, manufacturing equipment, materials, and communication sectors need to grow together. He also suggested new life through AMOLED and technologies required for this.

On April 6, during the Technical Conference of FineTech Japan (April 6-8), Kim gave a keynote speech on the new market creating AMOLED’s next generation application and key technology.

As the market that AMOLED will newly open, Kim suggested mobile device, TV, VR and AR (virtual reality and augmented reality), automotive, PID (public information display), etc. According to Kim, these applications will be actualized through various forms of AMOLED such as foldable, rollable, stretchable, mirror, and transparent.

Explaining the utilization of mirror and transparent AMOLED, Kim emphasized that what is normally a wall or window can be turned into a PID that shows required information when needed. Kim explained that AMOLED is suitable for VR or AR that allows the user to realistically experience a particular environment or situation by combining the imaginary and reality. He added that when foldable and rollable displays are applied to mobile device, IT device, TV, etc., large screens can be produced while the device is small, and space utilization and mobility can be increased. Regarding automotive AMOLED, Kim explained that it will provide required information without disrupting driving, as well as improving the design of the vehicle.

Additionally, Kim suggested key technology required for actualization of each application. In the case of a window display, a technology that can simultaneously produce flexibility and hardness is required, and for automotive AMOLED, the technology for blue materials of phosphorescent materials needs to be improved. For transparent display that actualizes PID, transparency of each layer, substrate heat resistance, etc. have to be achieved.

Kim explained that in future, new life which is smart and connected through AMOLED will open. He further emphasized that for this to happen panel, manufacturing equipment, materials, and communication sectors need to grow together.

FineTech Japan 2016 (April 6-8) is a display technology related exhibition held in Tokyo Big Sight. The 26th annual event is participated by approximately 260 companies including Samsung Display, BOE, and Japan Display.

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With the forecast of gradually bolstered investment in OLED by Foxconn that recently bought Sharp for $ 3.5 billion, there is a possibility that this company could actively mass produce OLED panel for smartphone from 2018.

DigiTimes recently reported their research indicates that Foxconn will actively mass produce OLED panels for smartphone from 2018 and increase the OLED panel mass production in stages.

According to DigiTimes, Foxconn is planning to first mass produce small size OLED panel for smartphone and then begin medium size OLED for tablet, notebook, and TV. In 2021, It is expected to release 3 million units of OLED panel for tablet and notebook, and increase it to 10.4 million units in 2025. Hence, Foxconn is expected to occupy a quite significant amount of market share in future OLED panel market.

IT is estimated to begin releasing OLED panel for TV in 2021. It’s OLED shipment for TV in 2021 is expected to be 252,000 units, but it is estimated to gradually increase to record 7.2 million units per year in 2025.

◆ “IGZO Technology to be Applied to OLED”

In a recent press conference regarding the Sharp takeover, Hon Hai’s Chairman Terry Gou said that IGZO, which is LCD (liquid crystal display) technology of Japan’s Sharp, is better than OLED, Korea’s newest display technology. He further revealed that future Sharp display will utilize IGZO technology for approximately 60% of the panel and OLED for 40%.

IGZO (indium gallium zinc oxide) display is Sharp’s LCD. IGZO is known to have superior picture quality in comparison to the general LCD, with less power consumption. It is used in the majority of smartphone and tablet PC such as iPad.

As Foxconn’s Sharp is IGZO technology’s leading company, DigiTimes estimates that IT will apply the IGZO backplane technology on OLED panel.

UBI Research, an OLED specializing market research company, explained that as Sharp’s small size LCD process is LTPS based, and can be transformed to OLED line, it will be easier for Foxconn to achieve OLED mass production ability through Sharp. He added that this added Foxconn to the lineup of Samsung Display, LG Display, and Japan Display as the likely supplier for iPhone OLED panel for Apple. Furthermore, he analyzed that although Foxconn and Japan Display are both latecomers in OLED sector, Foxconn is in a more favorable position due to its solid relationship with Apple.

From April, the display industry is estimated to start mending the damage carried out by LCD with OLED.

In Q1 2016, Korean display industry suffered due to oversupply of Chinese LCD panels. Market experts believe that Samsung Display and LG Display will announce large Q1 deficit in April due to LCD.

However, the display market is expected to actively improve its performance from April.

Dong-won Kim, analyst with Hyundai Securities, estimated that great increase in profit is expected from Q2 2016 due to the increase in OLED operation rate and yield improvement. Also because of profitability improvement effect following LCD panel’s price rebound, the deficit will decrease.

LG Display’s performance in OLED sector is expected to noticeably improve. Over 90% of LG Display’s total mass production line is LCD at present. Hence, the fall of LCD price in Q1 is expected to have hit hard and OLED business is also showing deficit.

However, this will change from Q2. Analyst Hyeoncheol So of Shinhan Investment forecast that LG Display’s OLED TV sales volume and revenue in Q2 2016 will increase by 144% and 106% respectively. He added that the business deficit of OLED TV sector will greatly decrease.

LG Display is anticipating that the deficit will turn to profit in H2 2017, with the business profit of up to 1 trillion KRW in 2017, an increase of 115%.

Samsung Display, whose LCD and OLED ratio is 50:50, is expected to show 900,000 million KRW in deficit in LCD sector this first quarter. However, this is estimated to be compensated to some degree by the profit in OLED.

Samsung Display and LG Display are actively carrying out investment in OLED panel mass production line in Q1. As well as the investment in turning the existing LCD line to OLED, investment in new OLED line establishment is actively being carried out.

As such, with the optimistic outlook on OLED within the display market, flexible OLED manufacturing equipment companies such as Tera Semicon, Viatron Technologies, and Dong A Eltek had been discussed as the favorites of securities companies. In fact, Samsung Display’s flexible OLED manufacturing equipment related key collaborator AP Systems showed remarkable growth recording 12,100 million KRW in business profit last year.

UBI Research forecast that Korean companies will strengthen their dominance with their 2016 AMOLED shipment’s 95% occupancy of the global market. As OLED is becoming stronger in the TV, smartphone, and VR market, this will become a huge growth engine for global panel companies such as Samsung and LG.

Samsung Electronics and China UnionPay (CUP) announced the launch of Samsung Pay in China. A simple, safe and easy-to-use mobile payment service, Samsung Pay works virtually anywhere you can swipe or tap your card in China. Samsung Pay will enable users to safely manage and use their debit and credit cards on eligible Samsung mobile phones with CUP.

“We are pleased to be partnering with CUP to bring Samsung Pay to China,” said Injong Rhee, EVP and Head of R&D, Software and Services of Mobile Communications Business at Samsung Electronics. “The reception of Samsung Pay since its launch has been extremely positive and the service has already seen tremendous success in terms of availability and adoption by consumers. In compliance with national laws and regulations, thanks to cooperating with CUP and many banks, we ultimately want to make Samsung Pay available to as many consumers as possible in china, so that everyone can have the opportunity to enjoy the simplicity, safety and convenience of this mobile payment solution.”

“China UnionPay attaches great importance to the security and innovation of payment. In order to follow the tendency of mobile payment in both China and abroad, CUP cooperates with industry to bring safe and convenient mobile payment experience for millions card holders. With the joint efforts of banks and Samsung, based on the safety testing and certification by relevant national testing agency, CUP QuickPass starting Samsung Pay service will bring users safer and more convenient mobile payment choice.” said Hu Ying, Assistant President of UnionPay.

Samsung Pay is currently available on the Samsung Galaxy S7, Galaxy S7 edge, Galaxy S6 edge+ and Galaxy Note5 in China with the opportunity to support additional mid-range models in the future.*

Samsung Pay will eventually include future support for select credit and debit cards from six additional banks including Bank of China, Bank of Beijing, Bank of Communications, China Bohai Bank, Industrial Bank and Shanghai Pudong Development Bank. Samsung Pay continues to strategically expand its partnership ecosystem to provide greater flexibility, access, and choice for customers.

To make a payment with Samsung Pay, consumers simply swipe up from Home bottom whether the phone screen is locked, going black or in home screen, scan their fingerprint and pay, which is quite easy and convenient. In term of safety, Samsung Pay has three layers protection, which are fingerprint authentication, tokenization and KNOX. Because of innovative technology, Samsung Pay can be used on both QuickPass POS terminal with NFC and more POS terminals without NFC technology, which is more accepted than other similar applications with only NFC technology.

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Due to the oversupply of LCD panel in global display market, the opinion that Samsung Display and LG Display will also not be able to avoid large amount of deficit is becoming stronger.

As of March 28, according to market experts including securities industry, Samsung Display and LG display will both face sizable deficit in LCD sector this quarter.

For Samsung Display, Q1 LCD sector is expected to record up to 900,000 million KRW. The company is estimated to reduce the overall display industry deficit with the OLED profit of approximately 400,000 million – 500,000 million KRW. Consequently, Samsung Display is to record approximately 400,000 million – 500,000 million KRW of deficit in Q1 2016.

LG Display, whose over 90% of the current production line is for LCD, is estimated to be hit more directly. LG Display has been showing profit in LCD until 2015, but is expected to turn to deficit in Q1 2016. LG Display has been showing deficit in OLED, and market experts are also expecting more deficit in Q1 2016.

◆ Unlike Samsung and LG’s High Quality, China Floods Cheaper LCD

The main reasons that display industry is having difficulty include oversupply of Chinese LCD, and overall market depression. Chinese companies’ affordable LCD supply, backed by active support of Chinese government, is damaging Korean companies.

Particularly, companies such as BOE, which greatly improved productivity with much assistance from Chinese government including corporate tax exemption, have been pressuring Samsung, LG, and others in the global LCD market. As the Chinese companies are still aggressively investing in LCD facilities, the LCD oversupply is analyzed to continue until 2018.

Accordingly, the majority of the industry believe that both Samsung Display and LG Display will carry out LCD production line restructuring. In a recent conference hosted by information company IHS, senior analyst Jeong Du Kang revealed that LG Display could restructure Gumi’s P2, 3, 4 production lines, and added that some thinks L6 production could stop following the same of L5 production line last year.

As expected, both companies do not officially comment on these forecast. However, most of the industry players believe that the production line changes of the 2 companies are inevitable.

One display expert explained that “unlike Samsung and LG which do not accept even small faults, Chinese companies are pouring out products with slightly lesser quality armed with lower price, and will dominate the mainstream market”.

He also estimated that as Samsung and LG are nearing the situation where they have to give up LCD, the speed of which OLED will settle as the main player within the global display market will increase.

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Within the TV market, there is an opinion that even Samsung Electronics which believes it is not yet the time for OLED panel cannot continue to insist on LCD. Experts estimate that even if it is the same OLED TV, Samsung Elec. will differentiate the actualization method from competitors’ including LG Electronics. One of the possibilities suggested is Samsung’s selection of ink-jet printed OLED TV panel.

However, it looks to be difficult for Samsung to insist on LCD TV only in the long term. China is threatening Korean companies in LCD panel market with superior price competitiveness; there is too much risk for Korean display companies such as Samsung Display to invest further in LCD production line. Although Samsung Elec. is not receiving panel supply exclusively from Samsung Display, Samsung Display is the biggest supplier. Therefore, Samsung Display’s LCD investment reduction is also expected to affect Samsung Elec.’s TV business.

Furthermore, Samsung Elec. is in the position of having to emphasize OLED’s superior picture quality over LCD in smartphone business, but highlight the opposite in TV. This is also an issue that needs to be tackled.

Despite these issues, Samsung cannot easily start on OLED TV as several problems such as price competitiveness have not been solved.

According to Dong-won Kim, analyst with Hyundai Securities, Samsung Display, with Samsung Elec. as the biggest client, has unfavorable structure for reducing production cost as 65 inch OLED TV panel production efficiency is low in Gen8 line.

Kim estimated that Samsung Display will apply solution process ink-jet printing technology to OLED TV with 2018 mass production target in order to solve this problem.

When producing OLED TV panel, WRGB OLED method, which uses evaporation method, can only reduce production cost by certain amount as the material usage efficiency is low. On the other hand, ink-jet printing RGB technology finely deposits ink in liquid form and can reduce materials cost. Additionally, RGB OLED has fewer organic layers compared to WRGB OLED and processes can be decreased.

For these reasons, some believe that Samsung will select ink-jet printing method rather than evaporation for OLED TV in future. There is also a view that LG Display, which is currently using evaporation method, will also actively consider producing ink-jet printed OLED TV panel in the long term.

A display expert explained that although ink-jet printing processes are simpler than evaporation method, that does not necessarily mean materials cost is always cheaper. The ink-jet printing technology is not yet perfect, and particularly for blue the efficiency issue has not yet been solved.

He added that Samsung Elec. has strong tendency to differentiate itself from competitors such as LG, and even if Samsung Elec. releases OLED TV, it is likely that ink-jet printing, which is different from LG, will be the preferred method.

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On the subject of Samsung Electronics’ 2nd generation quantum dot display equipped SUHD TV product, recently released in Korea, display experts consider the actualization of 1,000 nit without cadmium as the key strength.

In 2015, Samsung Elec. first launched quantum dot SUHD TV under the name nanocrystal technology. Each quantum dot of nanosize, 10,000 times narrower than a human hair, actualizes accurate color.

According to Samsung Elec., the 2nd generation quantum dot technology to produce this new product, an improvement over last year’s. The company emphasized that compared to the previous product, the price was reduced and brightness was improved. HDR (high dynamic range) with 1,000 nit maximum was applied to the new product.

The 1,000 nit brightness is the standard figure of premium image produced in Hollywood, US. If this figure is high, screen’s bright and dark areas can be experienced fully even in bright environment such as a living room area.

Although not applied to all models of Samsung’s 1st generation quantum dot SUHD TV, 1,000 nit brightness was applied to the majority of the models; that 1,000 nit brightness was applied to the new product is not worth much attention by itself.

Quantum dot film includes cadmium. As cadmium is a hazardous heavy metal, cadmium including quantum dot film cannot be environmentally friendly. Cadmium use in Europe is limited.

However, without cadmium, the quantum dot film’s optical efficiency is reduced. In order to make up for this, LED chips have to be applied which increases the price as well as the energy consumption. An alternative method to avoid this is development of additional quantum dot materials that increase efficiency.

For these reasons, some Chinese companies that produce quantum dot display equipped products select to use cadmium, overlooking the environmental issues. Samsung Elec. also emphasized that it is the only company that utilizes environmentally friendly cadmium-free quantum dot materials.

Through quantum dot materials’ efficiency and color mapping algorithm improvement, Samsung actualized 1,000 nit brightness without resorting to cadmium and without increase in power consumption. Color accuracy, which is a quantum dot display trait, was also improved by 25%.

Samsung Elec. is planning to release 14 models of SUHD TV, from 49 inch to 88 inch, in Korea. This is over 30% increase compared to last year. The price also was reduced by 900,000 KRW compared to the previous version. The new products, depending on the specifications, cost around 6 million KRW for 65 inch, and 4 million KRW for 55 inch.

A comment from a display expert is, “the new product has 1,000 nit brightness is not significant by itself, and color accuracy improvement also is not of much attention as it is an existing quantum dot trait”. However, he also put another comment from his analysis, “1,000 nit brightness was actualized without using cadmium and without decreasing energy efficiency is worth noting”.

OLEDNET visited Light + Building 2016 (March 13-18) held in Frankfurt where LG Display unveiled product line up that can be used to diverse applications such as flexible solution, luminaires, mirror solution, module solution, OLED panel products, and transparent connection solution.

During this exhibition, LGD demonstrated their well-deserved reputation as the world leading OLED lighting panel producer.

LGD presented diverse applications for OLED lighting that many people wanted to know. Although they were not directly displayed in the exhibition, the company showed photographs of OLED applied Korean traditional house hanok, as well as more commonly imagined uses such as cosmetic shop, office, show room, café, and restaurant.

<LGD’s Flexible OLED Lighting>

Speaking to the foreign press who attended the exhibition, Joon Park, LGD’s Head of OLED Lighting Sales & Marketing Division, explained that if world’s first Gen5 OLED lighting (1,000 mm x 1,200 mm) investment is carried out and mass production is carried out in H1 2017, additional cost reduction is possible in comparison to before the investment. Park added that the current OLED lighting places more importance to the user experience rather than profit. As organic food is receiving positive response within the market as premium products, OLED lighting will play the role of organic food within the lighting market.

LG Display announced today that it will invest in a new OLED light panel manufacturing facility.

The planned facility will be the first 5th generation (1000 x 1200mm) OLED light panel manufacturing plant in the world. It is to be located in the South Korean city of Gumi, where it will produce a range of OLED light panels. The initial input capacity at the plant will be 15,000 glass substrates per month.

The monthly input capacity could be gradually ramped up depending on the market situation. LG Display expects the increased production with the new facility to give the company economies-of-scale.

This will help the company obtain significant price competitiveness. In addition, the accumulated OLED display technical know-how will allow LG Display to considerably enhance OLED light product quality.

The 5th generation facility will give the company panel size flexibility. With the larger glass substrate, LG Display will be able to produce a wide range of different size light panels, including giant ones. Further, this ability to make giant panels will better enable the company to penetrate the general lighting market.

The investment decision follows the acquisition by LG Display of the OLED light business of its sister company, LG Chem in December, 2015. The plan for the new facility is in keeping with LG Display’s vision of bringing the exciting new OLED technology to customers around the world in the broadest array of applications.

The company will firstly focus on task lighting and decorative lighting in high-end retail stores and in luxury hospitality; and expand to the general lighting market going forward.

Also, the company will focus on automotive and convergence applications such as OLED light panels merged with furniture, architectural materials, electronic devices and more.

Mr. Young Kwon Song, Senior Vice President and Head of Strategy & Marketing Group at LG Display, said, “Our OLED light business will further strengthen LG Display’s commitment to nurture OLED as the future growth engine. Based on LG Display’s strong track-record and know-how in OLED display business, we will create synergy with the OLED light business and maintain our strong position in the overall OLED industry going forward.”

LG’s OLED light experience began in 2000 with R&D into OLED materials at the Group’s chemicals affiliate, LG Chem, with production of OLED light panels beginning in 2012.

The acquisition last year of the OLED light panel manufacturing business by LG Display has been creating synergies with its production infrastructure and technology in OLED displays.

It allows the company to save costs through integrated purchasing and shared investments, increase productivity by drawing on the accumulated knowledge of the display business, and help improve production infrastructure and use of technology patents.

OLED light is made up of layers of organic materials which is self-illuminating and consumes less power and also emits lower heat than conventional lighting.

It is environmentally friendly and is closest to natural light. Due to its ability to be thin and flexible, it is suitable for different applications and venues and could create new markets for lighting.

According to UBI Research, a market research firm, the OLED light market is expected to grow rapidly from US$ 135 million in 2016 to US$ 1.6 billion in 2020.

This year, Korea is expected to secure overwhelming leadership position within the global AMOLED panel market with 95% market share.

According to 2016 OLED Display Annual Report, recently published by UBI Research, approximately 270 million units of AMOLED panel are to be produced from Korea in 2016, approximately 95% of the global shipment.

For AMOLED panel market revenue, Korea is estimated to occupy 96% of the total market in 2016 with US$ 14,218 million. Korea is expected to maintain approximately over 70% of the market share until 2020, and lead the global market for several more years.

This is analyzed to be due to active response by Korean display companies against AMOLED application expansion by influential global smartphone companies.

Samsung Electronics is forecast to sell over 47 million units of AMOLED panel equipped Galaxy series in 2016. The projection that Apple will also apply AMOLED panel to future iPhone series for product differentiation is gaining traction.

Several companies, including LG Display and Samsung Display, are carrying out active investment for AMOLED panel mass production line from H1 2016.

Other than Korea, China is showing rapid movement within the global AMOLED market. China is estimated to produce approximately 11 million units of AMOLED panel in 2016, and occupy approximately 4% of the global shipment, marking the second place after Korea’s 95%. China is estimated to increase the market share each year and reduce the gap with Korea; in 2020, China is expected to hold 24% of global AMOLED panel shipment in 2020.

China’s AMOLED panel market revenue is also forecast to show significant growth with approximately US$ 500 million in 2016 to US$ 13,700 million in 2020, a 20% of the total market.

2016 OLED Display Annual Report forecasts that the global AMOLED market is to record approximately US$ 15,000 million in 2016, and grow to approximately US$ 70,000 million in 2020.

In 2011, 130,000 million KRW was provided as technology development expense, but since then the amount annually decreased. In 2015, the amount was 95,000 million KRW, but in 2016, it is estimated to decrease further 42% and only 55,000 million KRW is expected to be provided.

Semiconductor funding for 2015 occupies 58% of the total budget with 54,800 million KRW. Although that amount will be reduced to 35,600 million KRW in 2016, it is expected to occupy 65% of the total funding.

For display section, the 2015 funding is only 19,500 million KRW, a 21% of the total budge. In 2016, this is estimated to fall to 17%.

The government funding for display sector, which is the core of Korean electronic information industry, is around the same level as LED/Lighting sector.

The rapid reduction of government funding for display industry is expected to cause much difficulty in future display business.

The Korean display panel market that is being maintained by 2 companies, Samsung Display and LG Display, recorded 62 billion KRW in 2012. However, it fell to 52 billion KRW in 2014, and the market power is gradually weakening. As Chinese companies are becoming more active in LCD market, Korean companies’ price competitiveness is waning in low-priced panel market.

If BOE’s Gen10.5 line begins operation in 2018, Korean display companies’ market power is analyzed to rapidly fall in LCD market. In order for the Korean display business to take-off again, now is the time for the government to fund OLED panel which has high added value.

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On November 13, Automotive Display Development Technology and Commercialization Planning seminar was hosted by Educational Center of Future Technology in Yeouido, South Korea.

KATECH (Korea Automotive Technology Institute)’s Dr. Sun-Hong Park explained that “as the automotive display market grows, display market’s domain is expanding” and announced “market for CID (Central Information Display) that mainly functions as navigation device and HUD (Head Up Display) that can show mileage and speed is steadily growing since 2008 and it is anticipated to grow considerably in future”. He added that particularly, 7inch or larger CID is increasing its market share in display market and that CID is becoming larger. He also mentioned that with the increase of traffic accidents from driver’s lack of attention to the road, HUD that can show information on the front window is necessary. However, legibility issues due to brightness and reflectiveness and technological issues such as integration with other display device need to be solved.

Dr. Sun-Hong Park of KATECH (Korea Automotive Technology Institute)

Dr. Chi-Sun Hwang of ETRI (Electronics and Telecommunications Research Institute) compared display technology that can actualize transparent display, and technological issues to be solved in order for it to be applied to automotive. Hwang explained that although display technology that can produce transparent display include LCD, OLED TFEL (thin film EL), HUD (projection) among others, AMOLED is the most suitable considering resolution and transmittance. Although LCD technology level is at commercialization stage, as the transmittance is not high it can interfere with the driver’s viewing field. He also added that “poly Si TFT technology performance is good, transmittance is limited. However, oxide TFT technology’s transmittance is high and performance is continuing to improve, it needs to be more actively developed”. To be used as an automotive display, it has to meet certain conditions such as temperature, production cost, and brightness to be an automotive component as well as being placed in the suitable location in the driver’s viewing field; compared to other general display, automotive display is facing higher number of technical issues.

Dr. Chi-Sun Hwang of ETRI (Electronics and Telecommunications Research Institute)

With the focus on the transparent display from automotive display industry, the interest in the technology needed for the application to automotive is also increasing. In order to lead the automotive display market, understanding of automotive components’ characteristics and effort to solve the diverse issues facing the optimized driving condition are required as well as knowledge of display itself.

At present there is an intense competition within display industry between countries such as China with aggressive investment, and Japan that is looking for a comeback. For Korea to possess that competitive edge in display industry, a seminar is being prepared. This seminar will provide the opportunity to learn about printed electronics technology that is becoming a key technology and understand latest technology trend.

UBI Research (http://www.ubiresearch.co.kr, President: Dr. Choong Hoon Yi), an OLED specializing company, announced that the 2015 Display Printed Electronics Seminar will be held on October 7. This seminar will take place at The K Seoul Hotel in Seocho-gu in Seoul with a group of key experts who will discuss latest technology development trend in display based on printed electronics.

Printing process or solution process is a new production technology that is the center of much expectation around the world. Dr. Kyung-Tae Kang, the head of printed electronics center of Korea Institute of Industrial Technology, will examine the current printed electronics industry and propose its future. Dr. Kang is also a secretary for IEC TC119 which was established to respond to the printed electronics industrialization.

At this seminar, Professor Yongtaek Hong of Seoul National University will explain technological issues that need to be considered when producing ultra-thin transistor device using printed electronics technology. The printed electronics technology is receiving much attention as it can be applied to flexible elastic substrate, and low temperature process through large area is possible.

Dongguk University’s Professor Yong-Young Noh will give a presentation on printed electronics technology’s development trend and research content for flexible display development.

Also, Dankook University’s Professor Byung Doo Chin will discuss OLED RGB printing technology trend review for efficiency and stability improvement of small molecule and polymer OLED device by solution process, and high resolution OLED technology that can be actualized through inkjet printing. This OLED RGB printing technology based on printing process is a subject of active research as a replacement for the current vacuum thermal evaporation; pixel formation is difficult for large area through this evaporation technique.

Furthermore, essential topics on printed electronics are covered by industry’s top experts.

UBI Research will bring together top quality industry experts as speakers toward Korea’s leadership in display industry and host a place of networking where industry-academic professionals can meet. UBI Research seminars, previously held twice a year, will become a monthly event.

Seminar attendance application can be made through the UBI Research homepage (www.ubiresearch.co.kr).

Large size OLED TV production is one of the hot issues within the display market. Although OLED has long been a focus for the next generation display, the market share of OLED display is still low. According to UBI Research, a market research company, despite the continued increase in OLED panel production volume and application scope, the point when it moves toward consumer market from producer market will be another leap for the display industry.

UBI Research’s White OLED Display Annual Report (published April 15, 2015) notes that mass production actualization of large size display using RGB structured OLED panel has not been possible due to the dead space from drooped effect. Therefore, UBI Research analyzed that the additional processes and investment cost in order to improve this increases the production cost resulting in decreased competitiveness.

Currently, OLED panel with WRGB structure is being regarded as the only technology that can achieve large size display. As key production companies revealed in SID 2014, concentrated efforts in WRGB OLED research and production resulted in approx. 80% of target yield. In 2015, supply rate is estimated to be 600 thousand units, a 40% increase from 2014, and 1.6 million units in 2016. Chinese key panel companies, led by AUO and BOE, also possess pilot lines for large area WRGB OLED panel mass production including Gen8. (Source: White OLED Display Annual Report, UBI Research)

Solution process applied technology is being developed in close pursuit of WRGB OLED, but UBI Research surmises that it will take 3~4 years for the active mass production competing with efficiency and merits of WRGB structure.

UBI Research forecast WRGB OLED’s unrivaled path will continue for another 5 years or so with approx. 150 million units of WRGB OLED display production out of over 1,000 million OLED display units in 2020. Large size white OLED display panel for TV market is expected to record approx. 1.6 million units in 2016 and grow to produce US$ 13,759M in revenue in 2020 (figures 1, 2).

If the selection of WRGB OLED can solve the RGB structure’s limit in large area panel mass production, possible active OLED TV production is anticipated. With the publication of UBI Research’s report the timing of this is expected to be a point of much discussion. Additionally, further analysis is needed on whether WRGB OLED is really the only technology for large size display, and if so for how long WRGB OLED’s peerless growth can last.

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According to the “2015 OLED Display Annual Report” published by UBI Research, it was researched that the 5-inch AMOLED display is the main product for a smartphone.

The report shows almost no fluctuation in the number of AMOLED equipped smartphone manufacturers for the last three years from 2012 to 2014 – 13 (2012), 11 (2013) and 14 (2014) – but the major smartphone display size that these companies sold was set in-between 4-inch and 5-inch.

Among 31 AMOLED equipped products, there was only one 5-inch smartphone accounting for 3 percent in 2012, but it has increased to 21 percent with 5 products among 21 in 2013, and 19 products in total of 27 forming 70 percent in 2014.

Samsung Electronics strategized the two elements which are not available in iPhone as points of differentiation to compete with the biggest smartphone rival company Apple. The first plan is targeting the color gamut of LCD. The existing LCD can only reproduce approximately 80% of NTSC which is the broadcasting standard. Although it became possible to enjoy TV and movies through a smartphone with the development of communication technologies, there is a difficulty in reproducing the 500nit of TV quality on a smartphone with the brightness of 200nit. The limit in increasing the brightness of a smartphone is in that the power consumption needs to be minimized to use the smartphone for a long time with the battery. In view of that, Samsung Electronics chose the AMOLED panel as a key strategic part meeting the NTSC standard in low power consumption as an alternative for the LCD panel for the consumers to identify more precise colors. It is expected that the demand for AMOLED panel capable of accurately realizing colors of a product will increase further given the latest growth in shopping clothes with smartphones.

The second plan is in the display size. While iPhone focused on a 3-inch small sized smartphone for a better sense of grip to enhance portability, Samsung Electronics was more focused on “a product of better visibility” rather than “a product of better hand grip”. Obviously the early AMOLED panel has low resolution. Therefore, the bigger display was needed to realize high-resolution as it is hard to fix the opening ratio of shadow mask which is used in manufacturing the pixel for AMOLED panel.

Samsung Electronics succeeded in catching up with Apple, the inventer of smartphone, in terms of the color gamut and size of AMOLED display. Now Apple finally abandoned the matter of grip and expanded the display size to 5-inch.

Although Samsung Electronics was a latecomer compared to Apple in the smartphone market, the choice of AMOLED by Samsung Electronics made the Samsung Electronics of today and also prepared the base for the AMOLED to thrive. In addition, the Samsung Electronics’ strategy enabled the smartphone display in the world to develop into a 5-inch “device to see”.

2014 was the year preparing a platform to develop the OLED industry in full scale.

There was a prevalent doubt in the industry until 2014 concerning whether the OLED TV is able to break into the market or not. However, as LG Electronics successfully released the UHD OLED TV, the set manufactures were classified with the companies against LG and incapable of producing the OLED TV. Under this circumstance, the majority of TV set manufacturers including Samsung Electronics exhibited the Quantum dot (QD) BLU LCD TV at CES2015. The night view screen which was the exhibition concept only appeared on the OLED TV was employed on the QD LCD TV chasing the high contrast ratio just like the OLED TV.

In the display for a mobile device, the OLED succeeded in establishing an exclusive market with G Flex2 and Galaxy Note Edge with emphasis on the flexibility feature that LCD cannot even attempt to imitate.

According to the ‘’2015 OLED Display Annual Report’’ published by UBI Research on the 10th, the total revenue has decreased by 4% compared to the previous year due to the AMOLED panel shipments cut resulting from the low sales of Galaxy S5 in 2014.

Is the OLED industry already in crisis?

Though the OLED industry got wet with rain for a while in 2014, it will begin to solidify its place in 2015. Flexible OLED and TV are the alternatives.

UBI Research methodically analyzed and took a close look at the future of flexible OLED on the ‘’2015 OLED Display Annual Report’’. There are a number of display manufacturers developing products in view of that the rollable display is the final stage of a flexible display. But if the rollable display is to be applied on a mobile device, the cultural components are to go back to the analog age and in terms of technology, it may cause a heating problem as all parts excluding the display are concentrated on the body. For that reason, UBI Research prospected that the rollable product will be used on a large movable screen type display rather than on a mobile device.

Also the ‘’2015 OLED Display Annual Report” of UBI Research forecasts that the AMOLED panel market will grow at a CAGR of 30% reaching US$ 46 billion by 2020. Assuming the OLED panel for TV and tablet PC will take the sales share of 30% respectively in 2020, the report predicted that the key application for the OLED panel market will be a TV and a tablet PC following a smart phone.

The growth of AMOLED panel market is anticipated to accelerated after 2017 given that Chinese manufactures are also likely to invest in full scale between 2016 and 2017 to previse the Korea’s monopoly of AMOLED market.

As the sales of Korean display companies drop drastically, the business profits are under the serious situations.

In 2012 when Samsung Display was established, the sales was about 33 trillion won and 29.8 trillion won in 2013, reduced by 10%. And it is expected to be about 24 trillion won, decreased about 20% compared to the previous year. LG Display is undergoing the similar situation where the sales was 29.4 trillion won in 2012 and 27 trillion won in 2013, losing the amount of 2.4 trillion won. The prospected sales for 2014 is about 25~26 trillion won.

Samsung Display’s business profits recorded 3.2 trillion won in 2012 and 3 trillion won in 2013, but the profit of 2014 is not anticipated as it is only 140 billion won in the second quarter of the year. Meanwhile, the business profits of LG Display were 0.9 trillion won in 2012 and 1.2 trillion won in 2013, expecting 1.4 trillion won in 2014.

While the sales and business profits of Samsung Display are slumping, the LG Display is improving its business value as the business profit increases slightly despite the sales decrease.

But these companies are facing inevitable sales decrease due to the intense investments and panel cost reductions of Chinese display companies, and increase of the production costs, worsening sales conditions of Korean display companies. Moreover, it is even harder to secure competitiveness as the technology level of Chinese panel companies are getting closer to that of Korean companies.

The problem is the decrease in the business profit. In reality, Samsung Display maintains the 33,000 employees since 2012. Given that the sales has decreased by 30% from 33 trillion won to 24 trillion won, keeping the same number of employees implies chronic structure of restricting the improvement of business profit. In purely arithmetical terms, Samsung Display requires structural adjustment of about 10,000 employees. The situation is unfavorable with LG Display as well. LG Display has about 55,000 employees which is 20,000 more than Samsung Display. LG Display’s business profit for this year might be greater than that of Samsung Display but it is relatively in bad circumstances considering sales per individual.

There still is no element likely to appear in 2015 to enhance the sales and business profits more than 2014. The sales fall is expected as the price is continually decreasing without any additional investment, and there is a high probability of business profit drop. However, there is a chance to increase the sales and business profits if these companies secure a market for the expensive OLED panel.

For display companies, the only way to achieve business profits without restructuring is lowering the supply prices of the parts, materials, and equipment. The OLED material industry which is blossoming now is struck by the mortal blow of 50% decrease of OLED emitting materials and relevant materials compared to 2012. The price decrease range of materials is excessively severe compared to the price decrease of the panel. Some companies are reconsidering the business and the poor performances of those display companies are shaking the forward and backward linkages of the industries higher than the actual numerical value.

To save the entire Korean display industries, Samsung Display and LG Display must secure the sound financial structure through structural adjustments rather than requesting of cost reduction for the supplier unilaterally.

The collapses of Japanese companies resulted from retaining the employments in spite of sales aggravation must be taken as a lesson.